JP3180721U - Hydroponics liquid supply equipment - Google Patents
Hydroponics liquid supply equipment Download PDFInfo
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Abstract
【課題】栽培物に必要な水分及び養分を失うことなく重複して運用し、栄養液を循環供給する水耕栽培液体供給装置を提供する。
【解決手段】水耕栽培液体供給装置は、少なくとも盤体１０、液体供給台２０及びモーター３０から構成される。そのうち、盤体１０は納置空間を備えて、そこに液体供給台２０を設置する。また該液体供給台２０は第一凸条２１を設置して相互に連通した液体供給区２２及び導入区２３を形成し、且つ該液体供給区２２は複数の第二凸条２２１を交錯設置して液体供給流道２２２を形成する。盤体１０内には集水区２５を設置し、且つ液体供給区２２と導入区２３は段差面を備え、モーター３０は集水区２５及び液体供給区２２をそれぞれ接続して栄養液を送る。
【選択図】図１To provide a hydroponic liquid supply apparatus that operates redundantly without losing moisture and nutrients necessary for a cultivated product and circulates a nutrient solution.
A hydroponics liquid supply apparatus includes at least a board body 10, a liquid supply base 20, and a motor 30. Among them, the board 10 has a storage space in which the liquid supply base 20 is installed. In addition, the liquid supply base 20 is provided with a first ridge 21 to form a liquid supply section 22 and an introduction section 23 that communicate with each other, and the liquid supply section 22 includes a plurality of second ridges 221 arranged in a crossing manner. Thus, a liquid supply flow path 222 is formed. A water collection area 25 is installed in the board 10, and the liquid supply area 22 and the introduction area 23 are provided with stepped surfaces, and a motor 30 connects the water collection area 25 and the liquid supply area 22 to send nutrient solution. .
[Selection] Figure 1
Description
本考案は、水耕栽培装置に関するもので、特に栽培物に供給した水分及び栄養分が流出せずに重複運用し、栄養液を循環供給する水耕栽培液体供給装置に係わる。 The present invention relates to a hydroponic cultivation apparatus, and more particularly, to a hydroponic liquid supply apparatus that repeatedly operates without supplying water and nutrients supplied to a cultivated product and circulates a nutrient solution.
公知の大型栽培場では、一般に開放式平面土耕農地を使用する。それには広い面積が必要で、且つ天気の影響も受けやすいため、生産量も不安定であり、且つ外来生物の汚染にも遭いやすい。更に公知の土耕方式は、都市居住者には不適当である。そのため、水耕栽培の方法が最近、非常に受け入れられるようになり、居住環境に制限を受ける人々が空いた空間で家族のための野菜を作ることが出来るようになった。それに依る長所として、一に市場で売っている残留農薬の野菜を食べなくてもよく、二に野菜作りを楽しむことができ、楽しみのための費用が少なくて済むことである。 In publicly known large cultivating fields, open type flat soil farming is generally used. This requires a large area and is susceptible to the influence of the weather, so the production volume is also unstable and it is also susceptible to contamination by exotic organisms. Furthermore, known soil tillage systems are not suitable for urban residents. As a result, hydroponics methods have become very popular recently, and people who are restricted by the living environment can now make vegetables for their families in vacant spaces. The advantage of this is that it is not necessary to eat the residual agricultural chemical vegetables sold in the market, and secondly, the vegetables can be enjoyed and the cost for enjoyment can be reduced.
農作物の栽培は、主に関連設備で光、水、酸素等農作物の生長に必要なエネルギー源をコントロールすることで、安定性、高品質の収穫物を得ることができる。収穫物の生産量を上げるために、水耕栽培の空間利用は、公知の土耕栽培よりも簡便であるが、水耕栽培には根の部分が常に栄養液に浸されていることが原則である。 Cultivation of crops can provide stable and high-quality crops mainly by controlling energy sources necessary for the growth of crops such as light, water, oxygen, etc. in related facilities. In order to increase the yield of crops, the use of hydroponics space is simpler than the known soil culture, but in principle the root part is always immersed in nutrient solution for hydroponics. It is.
更に、日照、及び水は植物栽培の生長にとって、非常に重要な要素であり、植物の生長はほぼそれらの作用に影響し、日照条件は植物の生長に特に影響する。日常の水供給作業は時間と手間がかかるため、如何にして植物の習性に基づき、生長させ、植物の生長に重要である。 Furthermore, sunshine and water are very important factors for the growth of plant cultivation, the growth of plants almost affects their action, and the sunshine conditions particularly affect the growth of plants. Since daily water supply work takes time and effort, it is important for plant growth based on how plants grow.
解決しようとする問題点は、日常の水供給作業は時間と手間がかかる点である。 The problem to be solved is that daily water supply work takes time and effort.
本考案は、少なくとも盤体、液体供給台及びモーターから構成される。そのうち、盤体は納置空間を備えて、そこに液体供給台を設置する。また該液体供給台は第一凸条を設置して相互に連通した液体供給区及び導入区を形成し、且つ該液体供給区は複数の第二凸条を交錯設置して液体供給流道を形成する。盤体内には集水区を設置し、且つ液体供給区と導入区は段差面を備え、モーターは集水区及び液体供給区をそれぞれ接続して栄養液を送ることを最も主要な特徴とする。 The present invention includes at least a board, a liquid supply base, and a motor. Among them, the board has a storage space in which a liquid supply base is installed. The liquid supply base is provided with a first ridge to form a liquid supply zone and an introduction zone that are in communication with each other, and the liquid supply zone has a plurality of second ridges installed in a crossed manner to establish a liquid supply flow path. Form. The main feature is that a catchment area is installed in the body, the liquid supply area and the introduction area have stepped surfaces, and the motor sends nutrient solution by connecting the catchment area and the liquid supply area respectively. .
本考案の水耕栽培液体供給装置は、以下の利点がある。
１.栄養液は、盤体内の集水区、液体供給区及び導入区によって流動循環回路を形成し、栄養液を充分運用して失わない。
２.液体供給流道内の流動する栄養液は交錯設置した第二凸条によって栄養液流動の速度を緩和する。
３.液体供給区を緩やかに流れる栄養液は段差面、並びに引力によって、下方の導入区へ自然に流れる。
The hydroponics liquid supply apparatus of the present invention has the following advantages.
1. The nutrient solution is not lost by forming a fluid circulation circuit by the catchment area, the liquid supply area and the introduction area in the body, and operating the nutrient solution sufficiently.
2. The flowing nutrient solution in the liquid supply flow path moderates the nutrient solution flow rate by the second ridges installed in an interlaced manner.
3. The nutrient solution that gently flows in the liquid supply zone naturally flows to the introduction zone below by the step surface and attractive force.
上述のとおり、栽培物に必要な水分及び養分を失うことなく重複して運用し、栄養液を循環供給する水耕栽培液体供給装置を提供することを主な目的とする。 As described above, the main object is to provide a hydroponic liquid supply apparatus that operates redundantly without losing moisture and nutrients necessary for the cultivated product and circulates and supplies nutrient liquid.
上述の目的を達成するため、本考案の水耕液体供給裝置は、少なくとも盤体、液体供給台及びモーターから構成して含む。そのうち、盤体は納置空間を備えて、そこに液体供給台を設置する。また該液体供給台の周辺には停止板を設置し、且つ該液体供給台は第一凸条を設置して相連通した液体供給区及び導入区を形成し、該液体供給区は複数の第二凸を交錯設置して液体供給流道を形成する。更に盤体内には集水区を設置し、液体供給区と導入区は段差面を備え、且つモーターは集水区及び液体供給区をそれぞれ接続し、集水区内の栄養液を吸引して液体供給区へ送る。 In order to achieve the above object, the hydroponic liquid supply device of the present invention comprises at least a board, a liquid supply base, and a motor. Among them, the board has a storage space in which a liquid supply base is installed. In addition, a stop plate is installed around the liquid supply table, and the liquid supply table is provided with a first ridge to form a liquid supply zone and an introduction zone that communicate with each other. A liquid supply flow path is formed by installing biconvex. In addition, a water collection area is installed in the body, the liquid supply area and the introduction area have stepped surfaces, and the motor connects the water collection area and the liquid supply area, respectively, and sucks the nutrient solution in the water collection area. Send to liquid supply area.
使用時、更に盤体は植物定置板及びＬＥＤライト板を設置し、植物定置板は植物の苗を定位栽培するのを提供し、且つ植物定置板は液体供給流道を固定設置し、回流循環系統によって、苗の生長に必要な栄養液を提供し、且つ該栄養液を失わず重複運用する。次にＬＥＤライト板は温度及び光源を調整し、適時に光や安定した環境を提供し、植物の苗の生長を加速することを目的とする。 When in use, the board is further equipped with a plant stationary plate and LED light plate, the plant stationary plate provides for the local cultivation of plant seedlings, and the plant stationary plate has a liquid supply flow path fixedly installed, circulating circulation The line provides a nutrient solution necessary for seedling growth, and duplicate operation without losing the nutrient solution. Next, the purpose of the LED light plate is to adjust the temperature and light source, provide light and a stable environment in a timely manner, and accelerate the growth of plant seedlings.
本考案の特徴を図式と共に実施例を挙げて説明する。 The features of the present invention will be described with reference to examples and examples.
図１に示すとおり、本考案の水耕栽培液体供給装置は、少なくとも盤体１０、液体供給台２０及びモーター３０から構成される。そのうち、 As shown in FIG. 1, the hydroponics liquid supply device of the present invention is composed of at least a board 10, a liquid supply stand 20, and a motor 30. Of which
該盤体１０納置空間を備える。 The board 10 storage space is provided.
該液体供給台２０は、該盤体１０内に設置し、該液体供給台２０は第一凸条２１によって液体供給区２２及び導入区２３を形成して相互に連通し、且つ該液体供給区２２は複数の第二凸条２２１を設置して液体供給流道２２２を形成し、該液体供給台２０周辺には停止板２４を設置し、該盤体１０内の液体供給台２０に相対する別側には集水区２５を設置する。 The liquid supply base 20 is installed in the board 10, and the liquid supply base 20 forms a liquid supply section 22 and an introduction section 23 by the first ridges 21 to communicate with each other, and the liquid supply section 22, a plurality of second ridges 221 are installed to form a liquid supply flow path 222, a stop plate 24 is installed around the liquid supply table 20, and is opposed to the liquid supply table 20 in the panel 10. A catchment area 25 will be installed on the other side.
該モーター３０は、該盤体１０に設置し、該モーター３０は集水区２５及び液体供給区２２をそれぞれ繋げて設置する。 The motor 30 is installed on the board 10, and the motor 30 is installed by connecting the water collection area 25 and the liquid supply area 22.
本考案の第一実施例は、図２及び図３に示すとおり、液体供給区は平面である。集水区２５は停止板２４及び液体供給台２０によって盤体１０内に形成し、盤体１０は植物定置板４０及びＬＥＤライト板５０を設置し、また盤体１０は支持フレーム２７を設置して植物定置板４０及びＬＥＤライト板５０を固定する。また植物定置板４０は複数の穿孔４１を設置し、植物の苗を定位して植えるのに用い、且つ複数の穿孔４１は液体供給流道２２２に対応して固定設置し、また該複数の第二凸条２２１は直線凸２２３で、平行で交互に液体供給流道２２２を形成する。使用時、該集水区は栄養液６０を入れ、且つ第一段差面２６よりも低い。モーター３０を動かすと、集水区２５内の栄養液６０を吸入して液体供給区２２へ送る。栄養液６０は直線凸２２３が平行に相互に交錯して設置し形成した液体供給流道２２２を流れ、更に直線凸２２３が栄養液６０流動速度を有益に緩和し、緩やかに流れる間に栄養液６０が活性を備え、植物の苗は充分に栄養を吸収する。次に液体供給流道２２２内の栄養液６０は導入区２３へ連通して流れ、更に導入区２３によって栄養液６０を集水区２５へ引き込み、主に引力によって第一段差面２６から自然に栄養液６０を導入区２３から下流の集水区２５へ流れ、盤体１０内の栄養液６０を液体供給区２２、導入区２３及び集水区２５に於いて流動循環して回り、栄養液を十分に運用して失わず、適時光及び安定した環境を提供して植物の苗の生長を加速させる。 In the first embodiment of the present invention, as shown in FIGS. 2 and 3, the liquid supply section is a plane. The catchment area 25 is formed in the board 10 by the stop plate 24 and the liquid supply stand 20, the board 10 is provided with the plant stationary board 40 and the LED light board 50, and the board 10 is provided with the support frame 27. Then, the plant stationary plate 40 and the LED light plate 50 are fixed. Further, the plant placement plate 40 is provided with a plurality of perforations 41, used to localize and plant plant seedlings, and the plurality of perforations 41 are fixedly installed corresponding to the liquid supply flow path 222, and the plurality of second perforations 41 are also provided. The two ridges 221 are straight ridges 223 that form liquid supply flow paths 222 alternately in parallel. In use, the catchment zone contains the nutrient solution 60 and is lower than the first step surface 26. When the motor 30 is moved, the nutrient solution 60 in the catchment area 25 is inhaled and sent to the liquid supply area 22. The nutrient solution 60 flows through the liquid supply flow path 222 formed by the linear protrusions 223 crossing each other in parallel. Further, the linear protrusion 223 beneficially relaxes the flow rate of the nutrient solution 60 and gradually flows. 60 is active and plant seedlings fully absorb nutrients. Next, the nutrient solution 60 in the liquid supply flow path 222 flows in communication with the introduction section 23, and further the nutrient solution 60 is drawn into the catchment section 25 by the introduction section 23, and naturally from the first step surface 26 mainly by attraction. The nutrient solution 60 flows from the introduction zone 23 to the downstream catchment zone 25, and the nutrient solution 60 in the board 10 flows and circulates in the liquid supply zone 22, the introduction zone 23, and the catchment zone 25. Accelerate the growth of plant seedlings by providing timely light and stable environment without operating and losing enough.
本考案の第二実施例は図４に示すとおり、該複数の第二凸条２２１は円弧形凸２２４で、平行に相互に交錯するよう設置して液体供給流道２２２を形成する。使用時にはモーター３０を始動して集水区２５内の栄養液６０を吸入して液体供給区２２へ送り、栄養液６０は相互に交錯して設置した円弧形凸２２４で形成した液体供給流道２２２を流れ、円弧形凸２２４が栄養液６０の流れる速度を緩和することに拠って、ゆっくりと流れている間に栄養液６０が活性を備え、植物の苗に充分栄養を吸収させる。 In the second embodiment of the present invention, as shown in FIG. 4, the plurality of second protrusions 221 are arc-shaped protrusions 224, which are installed so as to cross each other in parallel to form a liquid supply flow path 222. When in use, the motor 30 is started to suck the nutrient solution 60 in the catchment section 25 and send it to the liquid supply section 22, and the nutrient solution 60 is a liquid supply flow formed by arc-shaped protrusions 224 arranged in a mutually intersecting manner. The nutrient solution 60 is active during the slow flow due to the flow through the path 222 and the arc-shaped protrusions 224 relieving the flow rate of the nutrient solution 60, so that the plant seedlings sufficiently absorb the nutrient.
本考案の第三実施例は図５に示すとおり、液体供給区は平面で、液体供給区２２と導入区２３の連通箇所には第二段差面２８を設置し、栄養液６０が液体供給流道２２２から導入区２３へ流動した時、第二段差面２８によって栄養液６０の流動に牽引流性を備えさせ、栄養液６０が液体供給区２２から導入区２３へ流入するのを助け、更に導入区２３から栄養液６０を集水区２５へ引き入れ、引力によって、第一段差面２６から栄養液６０を導入区２３から下方の集水区２５へ自然に流れ、盤体１０内の栄養液６０を液体供給区２２、導入区２３及び集水区２５によって循環回路を形成し、充分に栄養液６０を運用し失わず、水耕植物栽培の生長を高める。 In the third embodiment of the present invention, as shown in FIG. 5, the liquid supply area is a flat surface, a second step surface 28 is provided at the communication point between the liquid supply area 22 and the introduction area 23, and the nutrient solution 60 flows through the liquid supply flow. When flowing from the path 222 to the introduction zone 23, the second step surface 28 provides traction to the flow of the nutrient solution 60, assisting the nutrient solution 60 to flow from the liquid supply zone 22 to the introduction zone 23, and The nutrient solution 60 is drawn from the introduction zone 23 into the catchment zone 25, and the nutrient solution 60 naturally flows from the first step surface 26 to the catchment zone 25 below from the first step surface 26 by the attractive force. A circulation circuit is formed by the liquid supply zone 22, the introduction zone 23, and the catchment zone 25, and the nutrient solution 60 is not sufficiently operated and lost, and the growth of hydroponic plant cultivation is enhanced.
本考案の第四実施例は図６に示すとおり、該液体供給区２２は階段層２２５を備え、複数の階段層２２５は複数の第二凸条２２１の垂直面に相対し、且つ複数の第二凸条２２１はオーバーフロー部２２１１を相互に交錯して設置して液体供給流道２２２を形成する。該オーバーフロー部２２１１は予定高度を備え、栄養液６０が液体供給流道２２２を流れる時、オーバーフロー部２２１１は液体供給流道２２２の栄養液６０を一時保存し、暫時保存した栄養液６０はオーバーフロー部２２１１より高く、溢れた分は下へ向かって流れ、且つ階段層２２５間の段差によって発生した流速は液体供給流道２２２の栄養液６０をオーバーフロー部２２１１方向へ流れさせる。栄養液６０の流動は牽引流性を備え、栄養液６０が液体供給区２２から導入区２３へ流れるのを助け、更に導入区２３から栄養液６０を集水区２５へ引き入れ、盤体１０内の栄養液６０が液体供給区２２、導入区２３及び集水区２５で流動循環回路を形成し、充分栄養液６０を運用して失わず、水耕植物栽培の生長を高める。 In the fourth embodiment of the present invention, as shown in FIG. 6, the liquid supply section 22 includes a step layer 225, the plurality of step layers 225 are opposed to the vertical surfaces of the plurality of second ridges 221, and The two ridges 221 form the liquid supply flow path 222 by installing the overflow portions 2211 so as to cross each other. The overflow unit 2211 has a predetermined altitude. When the nutrient solution 60 flows through the liquid supply channel 222, the overflow unit 2211 temporarily stores the nutrient solution 60 in the liquid supply channel 222, and the nutrient solution 60 stored for a while is stored in the overflow unit. The flow rate higher than 2211 flows downward and the flow velocity generated by the step between the staircase layers 225 causes the nutrient solution 60 in the liquid supply flow path 222 to flow toward the overflow portion 2211. The flow of the nutrient solution 60 has traction flow, helps the nutrient solution 60 flow from the liquid supply zone 22 to the introduction zone 23, and further draws the nutrient solution 60 from the introduction zone 23 into the catchment zone 25, The nutrient solution 60 forms a fluid circulation circuit in the liquid supply zone 22, the introduction zone 23, and the catchment zone 25, and does not lose the nutrient solution 60 by operating sufficiently, thereby increasing the growth of hydroponics plant cultivation.
その他、図６及び図７に示すとおり、該盤体１０は停止板２４及び液体供給台２０によって設置部１１を形成して、そこにモーター３０を設置して湿度に当たるのを防止する。または該盤体１０は固定台（図未提示）を設置して該モーター３０が湿度に当たるのを防止するために高く置く。または該モーター３０はシンク型モーターを集水区２５内に設置する。その他、図６に示すとおり、該盤体１０の納置空間は、停止板２４によって，液体供給台２０別側に相対して置物区１２を形成し、物を置いて湿度を防止する。更に、モーター設置部１１または固定台は集水区２５と同じ高さでモーターの出力によって栄養液６０に流速を与え、栄養液６０を液体供給区２２へスムーズに流すのに役立つ。 In addition, as shown in FIGS. 6 and 7, the board 10 forms an installation portion 11 by the stop plate 24 and the liquid supply base 20, and a motor 30 is installed therein to prevent exposure to humidity. Alternatively, the board 10 is set high in order to prevent the motor 30 from being exposed to humidity by installing a fixed base (not shown). Alternatively, the motor 30 is a sink type motor installed in the catchment area 25. In addition, as shown in FIG. 6, the storage space of the board body 10 forms the figurine section 12 relative to the other side of the liquid supply table 20 by the stop plate 24, and puts an object to prevent humidity. Further, the motor installation unit 11 or the fixed base is provided at the same height as the catchment section 25 to give a flow rate to the nutrient solution 60 by the output of the motor and to help the nutrient solution 60 flow smoothly to the liquid supply section 22.
モーター放置区は、集水区と同じ高さで、モーター出力によって、栄養液６０を液体供給区２２へスムーズに流す力を発生させる。 The motor leaving section has the same height as the water collection section and generates a force for smoothly flowing the nutrient solution 60 to the liquid supply section 22 by the motor output.
上述のとおり、本考案は実行可能な水耕栽培液体供給装置を提供し、法に基づき、実用新案登録を申請する。本考案の技術内容及び技術特徴は、既に上記のとおりであるが、当領域に習熟した者が、本考案が提示し、本考案の精神から乖離しない入れ替えや修飾を行うかもしれない。拠って、本考案の保護範囲は、実施例に制限されず、各種の本考案に乖離しない入れ替えや修飾も、以下の請求項に含まれるものとする。 As described above, the present invention provides a viable hydroponics liquid supply device and applies for a utility model registration based on the law. The technical contents and technical features of the present invention have already been described above, but those skilled in the field may make replacements and modifications provided by the present invention that do not depart from the spirit of the present invention. Accordingly, the scope of protection of the present invention is not limited to the embodiments, and replacements and modifications that do not deviate from various types of the present invention are also included in the following claims.
１０ 盤体
１１ 設置部
１２ 置物区
２０ 液体供給台
２１ 第一凸条
２２ 液体供給区
２２１ 第二凸条
２２１１ オーバーフロー部
２２２ 液体供給流道
２２３ 直線凸
２２４ 円弧形凸
２２５ 階段層
２３ 導入区
２４ 停止板
２５ 集水区
２６ 第一段差面
２７ 支持フレーム
２８ 第二段差面
３０ モーター
４０ 植物定置板
４１ 穿孔
５０ ＬＥＤライト板
６０ 栄養液
DESCRIPTION OF SYMBOLS 10 Plate body 11 Installation part 12 Figurine section 20 Liquid supply stand 21 First convex strip 22 Liquid supply section 221 Second convex strip 2211 Overflow section 222 Liquid supply flow path 223 Straight convex 224 Arc-shaped convex 225 Stair layer 23 Introduction section 24 Stop plate 25 Catchment zone 26 First step surface 27 Support frame 28 Second step surface 30 Motor 40 Plant mounting plate 41 Perforation 50 LED light plate 60 Nutrient solution
Claims (13)
納置空間を備える盤体と、
該盤体内に設置し、第一凸条によって液体供給区及び導入区を形成して相互に連通し、且つ複数の第二凸条を設置して液体供給流道を設置し、周辺には停止板を設置し、更に該盤体内は液体供給台に相対する別側には集水区を設置する液体供給台と、
該液体供給台に設置し、集水区及び液体供給区をそれぞれ繋ぐモーターを含むことを特徴とする水耕栽培液体供給装置。 In the hydroponics liquid supply device, at least,
A board with a storage space;
Installed in the board, forming a liquid supply zone and an introduction zone with the first ridges, communicating with each other, and installing a plurality of second ridges to install a liquid supply flow path, stopping around A plate, and a liquid supply table on the other side of the panel opposite to the liquid supply table, and a water collection area,
A hydroponics liquid supply apparatus comprising a motor that is installed on the liquid supply table and connects the catchment area and the liquid supply area.
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| JP2012006400U JP3180721U (en) | 2012-10-22 | 2012-10-22 | Hydroponics liquid supply equipment |
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| JP2012006400U JP3180721U (en) | 2012-10-22 | 2012-10-22 | Hydroponics liquid supply equipment |
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| KR20180109870A (en) * | 2016-10-15 | 2018-10-08 | 푸젠 프로빈스 차이니즈 아카데미 오브 사이언스 바이오테크놀로지, 인크. | Hydroponic cultivation units and systems |
| KR20190071775A (en) * | 2017-10-10 | 2019-06-24 | 푸지엔 산안 시노-사이언스 포토바이오테크 컴퍼니 리미티드 | Cultivation equipment, multi-layer solid cultivation system and plant planting system |
| JP2019141082A (en) * | 2015-02-13 | 2019-08-29 | 伊東電機株式会社 | Plant cultivation device, plant cultivation method, and cultivation tray |
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| JP2019141082A (en) * | 2015-02-13 | 2019-08-29 | 伊東電機株式会社 | Plant cultivation device, plant cultivation method, and cultivation tray |
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